In the context of the LAUE project devoted to build a long focal length focusing optics for soft gamma-ray astronomy (70/100 keV to 600 keV), we present results of simulation of a Laue lens, based on bent crystals in different assembling configurations (quasi-mosaic and reflection-like geometries). The main aim is to significantly overcome the sensitivity limits of the current generation of gamma-ray telescopes and improve the imaging capability
A promising method of concentrating X- and soft γ-rays from celestial sources is a Laue lens. A new ...
A Laue lens is an optical component to focus hard X-ray photons through Bragg diffraction in Laue ge...
In the context of the LAUE project for focusing hard X-/gamma rays, a petal of the complete lens is ...
In the context of the LAUE project devoted to build a long focal length focusing optics for soft gam...
We describe the LAUE project devoted to develop a technology for building a 20 meter long focal leng...
This paper summarizes the development of a successful project, LAUE, supported by the Italian Space ...
We present the status of the LAUE project devoted to develop a technology for building a 20 meter lo...
In the context of the LAUE project devoted to build a long focal-length focusing optics for soft γ–r...
We report the results obtained from the characterization of bent Silicon, Germanium and Gallium Arse...
International audienceA Laue lens gamma-ray telescope represents an exciting concept for a future hi...
With the aim of concentrating hard X- and γ-rays coming from celestial sources in the 100–1000 keV e...
With the aim of concentrating hard X- and γ-rays coming from celestial sources in the 100–1000 keV e...
A promising method of concentrating X- and soft γ-rays from celestial sources is a Laue lens. A new ...
A number of key astrophysical questions are still unanswered due to the unsatisfactory sensitivity o...
Curved crystals as optical elements for focusing X- and γ rays in a Laue lens Abstract This thesi...
A promising method of concentrating X- and soft γ-rays from celestial sources is a Laue lens. A new ...
A Laue lens is an optical component to focus hard X-ray photons through Bragg diffraction in Laue ge...
In the context of the LAUE project for focusing hard X-/gamma rays, a petal of the complete lens is ...
In the context of the LAUE project devoted to build a long focal length focusing optics for soft gam...
We describe the LAUE project devoted to develop a technology for building a 20 meter long focal leng...
This paper summarizes the development of a successful project, LAUE, supported by the Italian Space ...
We present the status of the LAUE project devoted to develop a technology for building a 20 meter lo...
In the context of the LAUE project devoted to build a long focal-length focusing optics for soft γ–r...
We report the results obtained from the characterization of bent Silicon, Germanium and Gallium Arse...
International audienceA Laue lens gamma-ray telescope represents an exciting concept for a future hi...
With the aim of concentrating hard X- and γ-rays coming from celestial sources in the 100–1000 keV e...
With the aim of concentrating hard X- and γ-rays coming from celestial sources in the 100–1000 keV e...
A promising method of concentrating X- and soft γ-rays from celestial sources is a Laue lens. A new ...
A number of key astrophysical questions are still unanswered due to the unsatisfactory sensitivity o...
Curved crystals as optical elements for focusing X- and γ rays in a Laue lens Abstract This thesi...
A promising method of concentrating X- and soft γ-rays from celestial sources is a Laue lens. A new ...
A Laue lens is an optical component to focus hard X-ray photons through Bragg diffraction in Laue ge...
In the context of the LAUE project for focusing hard X-/gamma rays, a petal of the complete lens is ...